Ryan Nystrom 0b19be0f85 Working range window
This brings back the concept of a window store for nodes that are in the working range (reverting #127). It turns out that due to the system architecture if there are nodes who fetch remote content (e.g. `ASNetworkImageNode`), calls to `-display` will occur before fetching has been completed. The next chance the nodes have to decode and display content is then when they are actually on the screen, thus defeating the purpose of a working range.

With the reintroduction of the working range window, nodes are "stored" in the window and when content is finished being fetched, CA triggers `-display` since they are part of a view hierarchy.

This can be tested in the Kittens project by insuring that before `ASRangeController` adds a node to [a visible view](https://github.com/facebook/AsyncDisplayKit/blob/master/AsyncDisplayKit/Details/ASRangeController.mm#L57) that the image node (with remote content) has set its layer's contents.
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AsyncDisplayKit

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AsyncDisplayKit is an iOS framework that keeps even the most complex user interfaces smooth and responsive. It was originally built to make Facebook's Paper possible, and goes hand-in-hand with pop's physics-based animations — but it's just as powerful with UIKit Dynamics and conventional app designs.

Quick start

ASDK is available on CocoaPods. Add the following to your Podfile:

pod 'AsyncDisplayKit'

(ASDK can also be used as a regular static library: Copy the project to your codebase manually, adding AsyncDisplayKit.xcodeproj to your workspace. Add libAsyncDisplayKit.a, AssetsLibrary, and Photos to the "Link Binary With Libraries" build phase. Include -lc++ -ObjC in your project linker flags.)

Import the framework header, or create an Objective-C bridging header if you're using Swift:

#import <AsyncDisplayKit/AsyncDisplayKit.h>

AsyncDisplayKit Nodes are a thread-safe abstraction layer over UIViews and CALayers:

node-view-layer diagram

You can construct entire node hierarchies in parallel, or instantiate and size a single node on a background thread — for example, you could do something like this in a UIViewController:

dispatch_async(_backgroundQueue, ^{
  ASTextNode *node = [[ASTextNode alloc] init];
  node.attributedString = [[NSAttributedString alloc] initWithString:@"hello!"
                                                          attributes:nil];
  [node measure:CGSizeMake(screenWidth, FLT_MAX)];
  node.frame = (CGRect){ CGPointZero, node.calculatedSize };

  // self.view isn't a node, so we can only use it on the main thread
  dispatch_async(dispatch_get_main_queue(), ^{
    [self.view addSubview:node.view];
  });
});

AsyncDisplayKit at a glance:

  • ASImageNode and ASTextNode are drop-in replacements for UIImageView and UITextView.
  • ASMultiplexImageNode can load and display progressively higher-quality variants of an image over a slow cell network, letting you quickly show a low-resolution photo while the full size downloads.
  • ASNetworkImageNode is a simpler, single-image counterpart to the Multiplex node.
  • ASTableView and ASCollectionView are a node-aware UITableView and UICollectionView, respectively, that can asynchronously preload cell nodes — from loading network data to rendering — all without blocking the main thread.

You can also easily create your own nodes to implement node hierarchies or custom drawing.

Learn more

Testing

AsyncDisplayKit has extensive unit test coverage. You'll need to run pod install in the root AsyncDisplayKit directory to set up OCMock.

Contributing

See the CONTRIBUTING file for how to help out.

License

AsyncDisplayKit is BSD-licensed. We also provide an additional patent grant.

The files in the /examples directory are licensed under a separate license as specified in each file; documentation is licensed CC-BY-4.0.

Description
Supercharged Telegram fork for iOS from original creator of Nicegram
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